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Global All-electric Aircraft Growth Opportunities
Global All-electric Aircraft Growth Opportunities
New Product Development For All-electric Aircraft is Helping the Aviation Industry Achieve its Sustainability Goals
10-Nov-2021
Global
Description
Commercial aviation contributes about 3% of all CO2 emissions globally. With the number of passengers constantly increasing and the number of aircraft forecasted to almost double by 2050, this percentage is expected to rise significantly. Industry stakeholders are working to reduce emissions by moving to alternative energy sources and using sustainable aviation fuels to power all-electric aircraft and hybrid-electric aircraft. All-electric and hybrid-electric aircraft produce much lower emissions than conventional aircraft. Thus, the increasing adoption of such aircraft will support the industry’s decarbonization and sustainability goals. OEMs are working with battery manufacturers and other stakeholders to develop and deliver all-electric aircraft for commercial use, especially for regional and domestic routes.
Current battery technology and electric propulsion systems pose some key limitations for the use of all-electric aircraft. Several different organizations, government agencies, investors, and others are looking for opportunities to collaborate to develop all-electric aircraft with sufficient range and payload capacity. The advantages of all-electric aircraft outweigh the challenges. The successful commercial deployment of these aircraft is expected to provide significant economic and environmental benefits.
Author: Shantanu Gangakhedkar
Table of Contents
Why Is It Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top Three Strategic Imperatives on the All-electric Aircraft Market
Growth Opportunities Fuel the Growth Pipeline Engine™
Need and Benefit of All-electric Aircraft for Commercial Use
Understanding All-electric Aircraft
Understanding Hybrid-electric Aircraft
Key All-electric Platforms in Development for Commercial Use
Key Initiatives Supporting Development of All-electric Aircraft
Stakeholders and Their Roles in All-electric Aircraft Ecosystem
Prerequisites for Transitioning to Commercial Use of All-electric Aircraft
Prerequisites for Transitioning to Commercial Use of All-electric Aircraft (continued)
Prerequisites for Transitioning to Commercial Use of All-electric Aircraft (continued)
Developments in Certification of All-electric Aircraft for Commercial Use
Airport Infrastructure Requirements for Operation of All-electric Aircraft
Airport Infrastructure Requirements for Operation of All-electric Aircraft (continued)
Airline’s Plan for All-electric Aircraft Deployment
Expected Use and Deployment of Electric Aircraft
Roadmap to Deployment of All-electric Aircraft for Commercial Use
Growth Drivers
Growth Restraints
Key Trends Shaping the Future of All-electric Aircraft
Growth Opportunity 1—High-density Batteries for All-electric Commercial Aircraft With Longer Range and Higher Payload, 2021
Growth Opportunity 1—High-density Batteries for All-electric Commercial Aircraft With Longer Range and Higher Payload, 2021 (continued)
Growth Opportunity 2—Blended-wing Body for High-efficiency All-electric Aircaft, 2021
Growth Opportunity 2—Blended-wing Body for High-efficiency All-electric Aircaft, 2021 (continued)
Growth Opportunity 3—Inter-government Initiatives for Quicker Deployment of All-electric Aircraft for Commercial Use, 2021
Growth Opportunity 3—Inter-government Initiatives for Quicker Deployment of All-electric Aircraft for Commercial Use, 2021 (continued)
List of Exhibits
Legal Disclaimer
| Author | Shantanu Gangakhedkar |
|---|---|
| GPS Codes | 9000-A1 |
| Industries | Aerospace, Defence and Security |
| No Index | No |
| Is Prebook | No |
| Podcast | No |
| WIP Number | PC65-01-00-00-00 |